threeparameter 
This paper discusses the interval estimations method for the parameters and other reliability characters of a threeparameter Weibull distribution.


The threeparameter Hill's equation, which is used in enzyme kinetics, was shown to be applicable to calibration curves of both potentiometric (glucose, pesticides, urea, etc.) and amperometric (surfactants, biphenyl, etc.) biosensors.


Use of a threeparameter family of locally similar velocity profiles in the calculation of turbulent separation regions in a com


A method is proposed for calculating twodimensional leading turbulent separation regions based on the use of integral relations of boundary layer theory and integral characteristics of a threeparameter family of locally similar velocity profiles.


At the same time, the results of the transition calculations for ε0 >amp;gt; 0.5% based on the threeparameter turbulence model [3] require experimental verification.


Threeparameter model of turbulence: Heat transfer calculations


Threeparameter turbulence model: Numerical investigation of the boundary layer in a nozzle with gasfilm wall cooling


The calculations are based on the numerical solution of the equations of gas dynamics in the boundary layer approximation using a threeparameter differential turbulence model.


A threeparameter model of turbulence with the transport equation for the transverse turbulent heat flux is complemented by terms taking thermogravity effects into account.


Direct numerical simulation and results of threeparameter model


The flows were calculated by two methods: a direct numerical simulation method and using a threeparameter turbulence model.


The calculations were performed using the threeparameter turbulence model.


The boundary layer is calculated using a threeparameter turbulence model and the loss of specific impulse due to friction in both spike nozzles and a Laval nozzle with the same expansion ratio are determined.


The present numerical study was performed using a threeparameter turbulence model supplemented by the thermogravitational terms and the transport equation for the transverse turbulent heat flux.


The transition is investigated using the threeparameter turbulence model developed by the authors.


The proposed equation of state is compared to a number of other known threeparameter equations of state, and it is shown that the proposed equation described the thermal properties several times more accurately than the known equations.


A numerical solution is obtained for equations of motion, diffusion, and energy using a threeparameter model of turbulence for boundary layer with different thermal boundary conditions on a permeable plate with injection of foreign gas.


A threeparameter equation correlating the physicochemical properties of the medium (conductivity, polarity, and polarizability) with the electrochemical dissolution rate of the metal is formulated.


This contribution can be accounted for by means of a threeparameter equation.


Data on the solubility of 4,4'isopropylidenediphenol in organic solvents can be quantitatively correlated with a linear threeparameter equation.

